Set Offset Reference Dialog - Intergraph Smart 3D - Help - Hexagon

Intergraph Smart 3D Piping

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English
Product
Intergraph Smart 3D
Subproduct
Piping
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Smart 3D Version
13
SmartPlant Foundation / SDx Version
10

Sets options for reference offsets. This dialog is on the Route Pipe Ribbon. See Route a pipe run with an offset for a workflow.

Offset Reference Type

Select the offset type you want to use.

External

Route a pipe a specified distance from another object, such as another pipe running parallel to the one you are placing.

Cardinal Point

Route a pipe by the top, sides, bottom, or invert elevation of the pipe instead of the pipe centerline. You must use Tools > PinPoint Command and lock the plane when using this reference type.

Include Insulation Thickness

Select this option to include the pipe's insulation thickness when calculating the cardinal point offset. Clear this option to have the cardinal point be the edge of the pipe and ignore the insulation thickness. This option is only available with Offset Reference Type is set to Cardinal Point.

Offset

Type the distance that you want to offset. You can turn off the offset option by selecting <Disabled>.

If the referenced object is a planar surface or a linear element, then the offset distance is measured from the surface or line to the selected reference plane (for example, the east/west/x-plane) on which the pipe is being routed.

Measured From

Select the object from which you want to measure the offset. You can select from:

Centerline

Select this option to measure the offset from the centerline of a pipe run.

Pipe Surface

Select this option to measure the offset from the outside surface of a pipe run.

Insulation Surface

Select this option to measure from the outside insulation surface.

Largest Surface

Select this option to measure from the object that has the greatest diameter on the pipe run. The object could be the pipe surface, insulation surface, a flange, a valve, or any other pipe part.

Staggered

Select this option to measure from the largest object on the pipe that you are routing to the largest surface on the pipe that you are referencing. Use this option when you want to get pipe centerlines as close as possible by staggering the location of split flanges.